01

Background of the Solution

Campus safety is an important cornerstone for the healthy development of the education cause and is related to the happiness and peace of hundreds of millions of families. In recent years, government departments at all levels in China have attached great importance to campus safety work. Documents such as the "14th Five - Year Plan for Education Informatization", the "Opinions on Further Strengthening Campus Safety Prevention Work", and the "Urgent Notice on Further Strengthening the Safety Work of Primary and Secondary Schools (Kindergartens)" have been issued successively, promoting the development of campus safety management and control in China towards the intelligent direction and providing strong support for ensuring the safety of teachers' and students' lives and property and campus stability. Based on the current customer needs in campus scenarios and summarizing the actual service experiences of multiple school projects in the past, ZhongShengYiHua has launched an intelligent security management and control solution for campus scenarios.

02

In - depth Research: Understanding Customer Needs and Pain Points

Based on the project cooperation experiences with multiple school owners and education industry integrators, ZhongShengYiHua has summarized the following customer needs and pain points:

• Fragmented systems/Information islands: Multiple subsystems on campus operate independently, lacking linkage, resulting in low efficiency in event response.

• Lack of intelligent early - warning and proactive prevention and control: Campuses often rely only on manual review of video surveillance for safety management and control, lacking intelligent management means, unable to give real - time early - warnings for dangerous events, and having a lag in emergency response.

• Prominent campus bullying problem: The discovery of campus bullying incidents often depends on manual efforts, with a lag in response, seriously harming the physical and mental safety of students.

• Inadequate supervision of fire/emergency drills: The implementation of fire/emergency drills is not standardized, the processes are not regulated, the supervision during the drills is weak, and there is a lack of record evaluation after the drills.

• Difficult system management and maintenance: There are numerous campus devices. Manual inspections are inefficient and extremely unreliable. Maintenance is mainly "putting out fires after the event" rather than "preventing in advance".

  
  

  03

Intelligent Security Management and Control Solution

1.Integrated management and system integration: 

Build an integrated comprehensive security management platform to integrate subsystems such as video surveillance, access control, and alarms. Manage them uniformly through one platform to achieve resource sharing and linkage control.

2.AI - enabled proactive early - warning: 

Introduce AI intelligent analysis technology. Through the intelligent analysis capabilities of front - end intelligent cameras, intelligent edge analysis boxes, and large - model training and inference all - in - one machines, transform event management from "passive response" to "proactive early - warning" to detect various emergencies in a timely manner；

• Campus anti - bullying scenario: Based on our company's mature intelligent analysis algorithms for campus anti - bullying scenarios (such as fighting detection, personnel fall detection, and personnel gathering detection), continuously monitor whether there are campus bullying - related events on campus.

  

• Transparent kitchen scenario: Based on our company's mature intelligent analysis algorithms for campus transparent kitchen scenarios (such as chef uniform/chef hat wearing detection, mask detection, fire - leaving - person recognition, smoke and fire detection, and rodent infestation detection), continuously monitor whether there are abnormal events in the kitchen area.

• Guardian scenario for high - risk areas of campus safety events: Conduct AI video intelligent analysis on scenarios such as school gates, perimeters and fences, key passageways, water areas, rooftops, and underground garages. Based on algorithms such as intrusion detection, personnel crossing the warning line detection, stranger detection, personnel climbing detection, personnel loitering detection, and personnel leaving the post detection, detect emergencies affecting campus safety in a timely manner to effectively protect the personal safety of students.

  
  

3.Closed - loop alarm and visible process: 

The platform constructs a complete closed - loop system for the entire process of campus alarm events. Event handling realizes the entire - process closed - loop management through four links of "receiving the alarm - rechecking - dispatching orders - handling" to ensure that each alarm event is assigned to a specific person and each alarm handling has a conclusion. At the same time, the platform supports real - time synchronization of alarm information to the mobile phones of campus supervisors, facilitating supervisors to monitor the handling of campus events.

4.Video slicing and fast retrieval: 

Slice and analyze the video recordings multiple times. It can perform five - time slicing to locate events within one minute, achieving efficient video retrieval and quickly locating the video recordings related to events.

5.Personnel retrieval and efficient positioning: The platform supports using pictures to search for targets, realizing image - based search. At the same time, it supports restoring the movement trajectories of people and vehicles on campus based on pictures combined with time and maps to quickly find the current location of students.

6.Digitalized drills and standardized processes:

Based on the integration of standardized processes and intelligent tools, the platform constructs a digital management system for fire/emergency drills covering the entire life cycle of "planning - execution - evaluation" to achieve closed - loop management of pre - plan formulation, resource scheduling, process control, and data analysis.

7.Intelligent maintenance and proactive guarantee: 

Based on intelligent maintenance means, it can realize functions such as visualizing device networking, detecting system operating status, diagnosing device online/offline status, diagnosing video picture quality, and diagnosing video recording quality. It supports quickly locating the source of faults among a large number of devices for efficient maintenance.

8.One - screen overview and visual twin: 

Through three - dimensional digital twin means, build a digital twin operation center with full - business closed - loop, centralized command and dispatch, and high - visualization for the campus. Display real - time data such as campus personnel, vehicles, assets, environment, and energy consumption. On the basis of visualization, achieve efficient operation, decision - making, management, and command, and solve campus business efficiently on one screen.

9.Data interconnection and cross - level linkage: 

The platform supports north - bound data opening. It can synchronize campus video and alarm data to superior units such as district/municipal education commissions, municipal supervision platforms, and public security bureaus in real - time through various docking methods to achieve linkage between superior and subordinate platforms and information sharing, facilitating superior supervision and emergency command.

04

Customer Value